TB-2100 Operational and Maintenance Manual Rev C Optimise

8/15/2019 TB-2100 Operational and Maintenance Manual Rev C Optimise

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Rev C TB-2100 90 008 106-2


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6-3

TB-2100 Top Level Assembly

Figure 6-1(b)

Rev C TB-2100 90 008 106-2


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6-4


Figure 6-1(c)

Rev C TB-2100 90 008 106-2


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6-5


Figure 6-1(d)

Rev C TB-2100 90 008 106-2


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6-6


Figure 6-1(e)

Rev C TB-2100 90 008 106-2


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6-7


Figure 6-1(f)

Rev C TB-2100 90 008 106-2

Front Panel Assembl y 90 000 106

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 1 62080001 Touch screen A100 3M RES-10.4-PL42 1 45010007 10.4” VGA TFT LCD A101 Sharp LQ104V1DG51

3 1 75010108 Cable Assy, LCD W26 Axon FDC31/0076BFF104 1 43026011 PCB Assy, Backlight Inverter A102 TDK CXA-P1212B-WJL5 1 75010222 Cable Assy, Backlight Inverter W27 KLJ 55-0103-00016 1 62040069 Backlight Bd Cover KLJ 76-0103-0024

7 2 88000047 RF TX/RX Top Assy, RF TX/RXMain Assy A1, A2 KLJ 01-0103-0010

8


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89 2 88000045 RF I/O Assy A3, A4 KLJ 01-0103-002010 1 88000046 RF Switch Assy A5 KLJ 01-0103-0030

11 1 80224001 PCB Assy,Controller A6 KLJ 20-5104-000012 1 80225001 PCB Assy, Keypad A7 KLJ 20-5105-000013 1 80226001 PCB Assy, Encoder A8 KLJ 20-5106-000014 1 80229001 PCB Assy, RF Attn Control A9 KLJ 20-5109-000015 1 80231001 PCB Assy, Power Supply A10 KLJ 20-5111-0000

16 2 44002012 Solid State Programmable Attenuator AT1, AT2 JFW 50P-1595-SMA

17 1 Fan BL1 Panasonic FBA08A12L1AZ18 1 31004017 Fan Guard QualTek 09080-G19 1 48076005 Power Supply PS1 Astec LPS63

20 1 41700025 Pot,Panel Mt,50k R1 Clarostat 575SX1A48F503SS

21 1 48000141 Connector, AC Pwr Line w/FuseHolder, Flange Mount J17 Schurter 6200.2200

22 12 57025026 Knob Rogan PT-323 1 61060056 Front Panel KLJ 47-0103-000024 1 61060057 Rear Panel KLJ 47-0103-001025 1 62070061 Controller Bd Mtg Plate KLJ 47-0103-002026 1 65000038 Shelf KLJ 47-0103-003027 1 62070062 Power Supply Mtg Plate KLJ 47-0103-0031

28 2 75010230-01 Cable Assy, Coax RG-188 SMBto SMB 6” W1,W2 KLJ 55-0010-0060

29 2 75010230-02 Cable Assy, Coax RG-188 SMBto SMB 12" W3,W4 KLJ 55-0010-0120

30 1 75010230-03 Cable Assy, Coax RG-188 SMBto SMB 17" W5 KLJ 55-0010-0170

31 3 75010231-01 Cable Assy, Coax RG-188 SMBto BNC 7" W6,W7,W8 KLJ 55-0020-0070

32 2 75010231-02 Cable Assy, Coax RG-188 SMBto BNC 12" W9,W10 KLJ 55-0020-0120



Rev C TB-2100 90 008 106-2


# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N

37 2 75010233-01 Cable Assy, Semi-Flex CoaxSMA to SMA, 12" W19, W20 KLJ 55-0040-0120

38 2 75010233-02 Cable Assy, Semi-Flex CoaxSMA to SMA, 20" W21, W22 KLJ 55-0040-0200

39 1 75010223 Cable Assy, Power Supply W28 KLJ 55-0103-0002

40 1 75010224 Cable Assy, Line Filter to ACInput W29 KLJ 55-0103-0003

41 1 75010225 Cable Assy, Pwr Switch to PSBrd W30 (Ref. S1) KLJ 55-0103-0004

42 1 75010226 CableAssy RS232toContr W31 KLJ 5501030005


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42 1 75010226 Cable Assy, RS232 to Contr W31 KLJ 55-0103-000543 1 75010227 Cable Assy, Fan to PS W32 KLJ 55-0103-000644 1 75010228 Cable Assy, Line Filter to PS W33 KLJ 55-0103-0007

45 1 75010229-01 Cable Assy, Ribbon 10 Pin2.3" W34 KLJ 55-1000-0023

46 1 75010229-02 Cable Assy, Ribbon 10 Pin 5" W35 KLJ 55-1000-005047 1 43020015 Filter, Line 115/220 VAC LF1 Schaffner FN2010-12-06

48 2 52100016 Spacer, Nylon UnthreadedRound 1/4" OD, 5/16" L, #4 McMaster 94639 A104

49 8 52100017 Spacer, Alum Unthreaded Round1/4" OD, 7/32" L, #4 McMaster 92510 A034

50 4 52400045 Standoff, Hex Alum FemaleThreaded, 1/4" OD, 1/2" L, #4 McMaster 91780 A735

51 1 48055001 Short Female Screwlock Kit Amp 207952-352 1 56012007 Bow Tie Clip Keystone 2060

53 1 64030055 Case Schroff10823-454(6UX63HPX362)

54 1 64031002 Plastic Feet, Kit (Case Accessory) Schroff 21100-813

55 1 64031001 Grounding Kit (Case Accessory) Schroff 21100-815

56 11 50110036 Screws, M4 X 8mm McMaster 92000A21857 11 52020007 Washer, Split Lock M4 McMaster 92148A160

58 1 31010012 Bumper, Adhesive 0.4 X 0.88 Amerlok 259859 2 45100033 Fuse, 5 X 20 MM 250VAC 2AFast-Acting LittelFuse 216002

60 1 31016012 Bumper, Rubber (Pair) Schroff 20823-669

61 2 48000140 Adapter, SMA-Male to SMA-Male Delta1327-000-K000-002

62 11 64031003 Hardware, Square Nut & Retainer(Case Accessory) Schroff21100 087 (Pkg of100)

63 2 56000011 Clamp Cable, 0.125", 0.140Nylon Keystone 7620

64 1 53000007 Mounting Nut Clarostat 105130165 1 75001702 Harness Assy W4066 1 75010281 Cable Assy, Grounding Wire W4167 REF 04-0103-CL00 Calibration Procedure

Rev C TB-2100 90 008 106-2


# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N7475

76 1 57030017 Nameplate, Generic77 1 57031008 Label, Dangerous Voltage PANDUIT PESW-A-178 1 57031009 Label, Hazardous Area PANDUIT PESW-A-979 1 57031010 Label, "CE" Symbol SETON 5079080 1 57031011 Label, Safety Function PANDUIT PESC-H-EC81 1 57031026 Label, AC Power 110V/220V


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Rev C TB-2100 90 008 106-2


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Cable Assembly SMB to SMB

Figure 6-2

Coax RG-188 Cable Assembl y SMB to SMB 75 010 230-01, 02, 03

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 2 48040082 Connector, SMB Rt. Angle Amphenol 903-367P-51A22 AR 71110008 Cable, Coax Various RG-188A/U

NOTES:1. 75010230-01 CABLE ASSYLENGTH IS 6"

(REF. W1, W2).75010230-02 CABLE ASSY

LENGTH IS 12"(REF. W3, W4).75010230-03 CABLE ASSY

LENGTH IS 17"(REF. W5).

Rev C TB-2100 90 008 106-2


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Cable Assembly SMB to BNC

Figure 6-3

Coax RG-188 Cable Assembl y SMB to BNC 75 010 231-01, 02, 03, 04, 05

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 1 48040082 Connector, SMB Rt. Angle Amphenol 903-367P-51A22 1 48040084 Connector, BNC Bulkhead Jack Kings KC-19-1523 AR 71110008 Cable, Coax Various RG-188A/U

NOTES:1. 75010231-01 CABLE ASSYLENGTH IS 7"

(REF. W6, W7, W8).75010231-02 CABLE ASSY

LENGTH IS 12"(REF. W9, W10).75010231-03 CABLE ASSY

LENGTHIS17"

Rev C TB-2100 90 008 106-2


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Figure 6-4

Coax RG-188 Cable Assembly SMB to BNC 75 010 232-01, 02

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 1 48040016 Connector, SMA Rt. Angle Amphenol 901-9531-32 1 48040082 Connector, BNC Bulkhead Jack Kings KC-19-1523 AR 71110008 Cable Coax Various RG-188A/U

Rev C TB-2100 90 008 106-2


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Figure 6-5

Coax RG-188 Cable Assembly SMB to BNC 75 010 233-01, 02

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 2 48040016 Connector, SMA Rt. Angle Amphenol 901-9531-32 AR 71111002 Cable, Semi-Flex 0.086 O.D. EZ FORM EZFLEX86

NOTES:1. 75010233-01 CABLE ASSYLENGTH IS 12".

(REF. W19, W20)75010233-02 CABLE ASSY

LENGTH IS 20".(REF. W21, W22)

Rev C TB-2100 90 008 106-2


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Figure 6- 6

Cable Assembl y SMB to BNC 75 010 223

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 1 48054013 Connector, Crimp Housing 4 Pin Molex 50-57-94042 1 48054014 Connector, Housing w/lock Molex 09-50-30613 4 46053016 Crimp Terminal, 22-24 Awg Molex 16-02-01034 4 46053017 Crimp Terminal, 22-30 Awg Molex 08-55-01025 AR 72722021-02 Wire, Teflon Insul., 24AWG, Brn Olympic 305-16 AR 72722021-03 Wire, Teflon Insul., 24AWG, Red Olympic 305-27 AR 72722021-04 Wire, Teflon Insul., 24AWG, Orn Olympic 305-38 AR 72722021-05 Wire, Teflon Insul., 24AWG, Yel Olympic 305-4

Rev C TB-2100 90 008 106-2


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Cable Assembly Line Filter to AC Input

Figure 6- 7

Cable Assembl y Line Filter to AC Input 75 010 224

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 3 55006012 Fem Disconnect, Insul., 0.187 Sta-Kon 18RAD-183772 3 55006011 Fem Disconnect, Insul., 0.25 Sta-Kon RA25733 AR 73000006 Sleeving, Black 0.25 O.D. Alpha FIT-221-1/44 AR 72720007 Wire, Teflon Insul., 20AWG, Blu Olympic 309-65 AR 72720002 Wire, Teflon Insul., 20AWG, Brn Olympic 309-16 AR 72720006

Wire, Teflon Insul., 20AWG,Grn/Yel Olympic 309-54

Rev C TB-2100 90 008 106-2


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Cable Assembly Power Switch to PS Board

Figure 6- 8

Cable Assembl y PWR Switch to PS Board 75 010 225

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 3 55006012 Fem Disconnect, Insul., 0.187 Sta-Kon 18RAD-183772 3 55006011 Fem Disconnect, Insul., 0.25 Sta-Kon RA25733 AR 73000006 Sleeving, Black 0.25 O.D. Alpha FIT-221-1/44 AR 72720007 Wire, Teflon Insul., 20AWG, Blu Olympic 309-65 AR 72720002 Wire, Teflon Insul., 20AWG, Brn Olympic 309-1

6 AR 72720006 Wire, Teflon Insul., 20AWG,Grn/Yel Olympic 309-54

Rev C TB-2100 90 008 106-2


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Cable Assembly RS-232 to Controller

Figure 6- 9

Cable Assembl y RS-232 to CONTR 75 010 226


1 1 48000157 Connector, 10 Pin Hdr Socket 3M 3473-66002 1 55001011 Strain Relief 10 Pin Hdr 3M 3448-30103 1 48000014 Connector, 9 Pin "D" Socket AMP 747052-44 AR 75000037 Ribbon Cable, 10 Conductor 3M 3365/10

Rev C TB-2100 90 008 106-2


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Cable Assembly Fan to Power Supply

Figure 6- 10

Cable Assembl y Fan to PS 75 010 227

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 2 48054012 Connector, 2 Pin Molex 50-57-94022 4 46053016 Recept, Crimp 22-24 AWG Molex 16-02-01033 AR 72722021-03 Wire, Teflon Insul., 24AWG, Red Olympic 305-34 AR 72722021-01 Wire, Teflon Insul., 24AWG, Blk Olympic 305-1

Rev C TB-2100 90 008 106-2


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Cable Assembly Line Filter to Power Supply

Figure 6- 11

Cable Assembl y Lin e Filter to PS 75 010 228

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 2 55006011 Fem Disconnect, Insul. 0.25 Sta-Kon RA25732 1 48054008 Connector, Housing 3 Pos. Molex 09-50-30313 2 46052007 Connector, Term Fem 18-24AWG Molex 08-52-00724 AR 73000006 Sleeving, Black 0.25 O.D. Alpha FIT-221-1/45 AR 72722021-07 Wire, Teflon Insul., 20AWG, Blu Olympic 305-66 AR 72722021-02 Wire, Teflon Insul., 20AWG, Brn Olympic 305-1

Rev C TB-2100 90 008 106-2


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Cable Assembly Ribbon w/ 10 Pins

Figure 6- 12

Cable Assembly Ribbon, 10 Pin 75 010 229-01, 02

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 2 48000157 Connector, 10 Pin Hdr Socket 3M 3473-66002 2 55001011 Strain Relief 10 Pin Hdr 3M 3448-30103 AR 75000037 Ribbon Cable, 10 Conductor 3M 3365/10

NOTES:1. 75010229-01 CABLE ASSY

LENGTH IS 2.3".(REF. W34).75010229-02 CABLE ASSY

LENGTH IS 5".(REF. W35).

Rev C TB-2100 90 008 106-2


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6-22

RF TX/RX Assembly

Figure 6- 13

Rev C TB-2100 90 008 106-2

Top RF TX/RX Assy .Main RF TX/RF Assy 80 230 001

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 1 80230001 RF TX/RX PC Brd. Assy. A14, A15 KLJ

2 1 62000050 Chassis, RF TX/RX KLJ3 1 62040070 Top Cover, RF TX/RX KLJ4 1 62040071 Bottom Cover, RF TX/RX KLJ5 3 48040075 Connector, SMA Panel Mt J9,J12,J13 AEP

6 11 48040076 Connector, SMB,Panel Mt J2-J7,J10,J11,J14,J15,J16 AEP

7 80 50110038 Screw, Pan Hd2-56 X 3/16Lg.

8 21 50120010 Screw, Flat Hd., 100 Deg256X3/16Lg Tower


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2-56 X 3/16Lg.

9 16 50110007Screw, Pan Hd4-40 X 1/4Lg.

10 80 52020005 Washer, Lock #211 16 52020002 Washer, Lock #412 16 52010002 Washer, Flat #4

13 1 52400071 Jack Screw, Connector D-SubFemale AMP

14 1 48078010-01 CPLD, Programmable

NOTES:1. USE FOR

PROGRAMMING 48078010.2. THIS PARTS LIST IS

UTILIZED FOR BOTH TOP AND MAIN RF TX/RX

ASSEMBLY'S. ITEM 1 REF.DESIG. A14 IS USED ON

TOP RF TX/RX ASSY AND REF. DESIG. A15 IS

USED ON MAIN RFTX/RX ASSY.

Rev C TB-2100 90 008 106-2


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6-24

Assembly RF Input / Output

Figure 6- 14

Rev C TB-2100 90 008 106-2

Top RF IO Assy.Main RF IO Assy. 80 000 045

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 1 80227001 RF I/O PC Brd. Assy. A16, A17 KLJ2 1 62000051 Chassis, RF I/O KLJ3 1 62040074 Cover, RF I/O KLJ4 1 40050005 Circulator MICA5 1 44002013 Attenuator Anaren6 1 41130019 Resistor R12 Anaren

7 3 48040075 Connector, SMA Female PanelMt J1,J3,J4 AEP

Connector NPanelJack


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8 1 48040078 Connector, N Panel Jack

ReceptacleJ2 Delta

9 8 50130001 Screw, Fillister 4-40 x 1/4Lg. Tower

10 50 50110038 Screw, Pan Hd 2-56 x3/16Lg.

11 6 50110032 Screw, Pan Hd 2-56 X7/16Lg.12 56 52020005 Washer, Lock #213 4 52020002 Washer, Lock #414 6 52010003 Washer, Flat #2

NOTES:

THIS PARTS LIST IS UTILIZEDFOR BOTHTOP AND MAIN RF I/O

ASSEMBLY'S. ITEM 1REF. DESIG. A16 IS USED ONTOP RF I/O ASSEMBLY AND A17 IS USEDON MAIN RFI/O ASSEMBLY.

Rev C TB-2100 90 008 106-2


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6-26

Assembly RF Input / Output

Figure 6- 15

Rev C TB-2100 90 008 106-2

PCB Assy. RF IO 80 227 001


1 1 80227002 PCB Drill and Fabrication, RF I/O(Rev C) KLJ 09-0107-0000

2 4 41164001-94 Res. Chip 1% RC1210; 93.1Ohm R4,R6,R8,R10 Panasonic ERJ-14NF93R1U

3 2 41164001-85 Res. Chip 1% RC1210; 75.0Ohm R5,R9 Panasonic ERJ-14NF75R0U

4 2 41164001-77 Res. Chip 1% RC1210; 61.9Ohm R1,R3 Panasonic ERJ-14NF61R9U

5 1 41164001-132 Res. Chip 1% RC1210; 232 Ohm R2 Panasonic ERJ-14NF2320U

6 1 41161009-68 Res. Chip 1% RC0805; 49.9Ohm R11 Panasonic ERJ-6ENF49R9V

7 1 40050004 2Way 0DegPowerSplitter A1 Mini Circuits SBB213


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7 1 40050004 2-Way, 0 Deg Power Splitter A1 Mini-Circuits SBB-2-13

8 1 40201220 Directional Coupler, 20 dB A4 Anaren 1D1304-20

Rev C TB-2100 90 008 106-2


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6-28

Assembly RF Switch

Figure 6- 16


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Rev C TB-2100 90 008 106-2


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6-30

Assembly RF Switch Board

Figure 6- 17

Rev C TB-2100 90 008 106-2

PCB Assembl y RF Switch Board 80 228 001


1 1 80228002 PCB Drill and Fabrication, RFSwitch Bd. (Rev. C) 09-0108-0000

2 1 40201265 8 bit SMBus I/O Port: U1 Philips PCA9557D3 1 40201263 Dual,2 Input OR;8-SSOP U2 TI SN74LVC2G32DCTR

4 1 40201264 Dual,2 Input AND;8-SSOP U3 TI SN74LVC2G08DCTR5 2 40201228 Quad,2 Input AND;14-SOIC U4,U5 TI SN74LVC00AD6 4 40201266 RF Switch U6,U7,U10,U11 Skyworks AS179-927 2 40050004 2-Way, 0 Deg Power Splitter U8,U9 Mini-Circuits SBB-2-13

8 3 40201267 Op Amp U12,U14,U15 LinearTechnology LT1219LCS8


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9 1 40201268 DAC,8 bit,I2C;8-uSOIC U13 Analog Devices AD5301BRM10 2 40001040 Transistor, PNP,MMBT3906LT1,SOT-23 Q1,Q2 MMBT3906LT1

11 1 41163003 Thermistor; 0805; 4.7k,5%,3560k (NTC) RT1 BC Components 2322 61553472

12 2 40010053 Diode,Dual,PIN;SOT-23 D1,D2 Agilent HSMP-386413 4 43011098 Inductor-SM;120 nH L1,L2,L3,L4 Panasonic ELJ-NJR12JF2

14 8 42029002-06 Cap Chip X7R 25V 0805; 0.1 uF10% C17,C22-C27,C29 Panasonic ECJ-2VB1E104K

15 4 42029001-45 Cap Chip X7R 10V 0805; 1 uF C18,C19,C20,C28 Kemet C0805C105K8RA

CTU16 15 42028004-24 Cap Chip NP0 50V 0805; 100 pF5% C1-C14, C21 Panasonic ECJ-2VC1H101J

17 NOT ASSIGNED C15,C1618 4 41161009-289 Res SMT 1% 0805;10k R1,R2,R16,R17 Panasonic ERJ-6ENF1002V19 1 41161009-193 Res SMT 1% 0805;1.0K R3 Panasonic ERJ-6ENF1001V20 2 41161009-142 Res SMT 1% 0805; 294 R4,R6 ERJ-6ENF2940V21 1 41161009-24 Res SMT 1% 0805; 17.4 R5 ERJ-6ENF17R4V

22 7 41161009-385 Res SMT 1% 0805; 100k R12,R13,R18,R19,R21,R26, R30 ERJ-6ENF1003V

23 1 41161009-187 Res SMT 1% 0805; 866 R15 ERJ-6ENF8660V24 1 41161009-390 Res SMT 1% 0805; 113k R20 ERJ-6ENF1133V25 1 41161009-338 Res SMT 1% 0805; 32.4k R22 ERJ-6ENF3242V26 1 41161009-326 Res SMT 1% 0805; 24.3k R23 ERJ-6ENF2432V27 3 41161009-421 Res SMT 1% 0805; 237k R24,R25,R27 ERJ-6ENF2373V28 1 41161009-243 Res SMT 1% 0805; 3.32k R28 ERJ-6ENF3321V29 1 41161009-277 Res SMT 1% 0805; 7.50k R29 ERJ-6ENF7501V30 NOT INSTALLED R1431 NOT USED R7,R8,R9,R10,R1132 1 48000148 Conn, D-Sub, 9 pin Rt Angl Plug J1 AMP 747250-4

33 2 48040079 Conn, SMA, PCB Straight PlugReceptacle J6,J7 AEP 9649-1113-000

34 2 48040080 Conn, SMB, PCB Straight MaleJack Receptacle J2,J3 AEP 2009-7511-000

Rev C TB-2100 90 008 106-2


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6-32

PCB Assembly Controller Board

Figure 6- 18

Rev C TB-2100 90 008 106-2

PCB Assembl y Contro ller 80 224 001


1 1 80224002 PCB Drill and Fabrication,Controller Bd. (Rev. C) 09-0104-0000

2 1 42029001-45 Cap Chip X7R 10V, 1uF;0805 C1 KemetC0805C105K8RACTU

3 48 42029002-06 Cap Chip X7R 25V 0805; 0.1 uF10%

C2,C3,C4,C5,C6,C7,C8,C9,C10,C11,C12,C13,C14,C15C16,C17,C18,C19,C20,C21,C22,C23,C24,C25,C26C27,C28,C29,C30, Panasonic ECJ-2VB1E104K


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C31,C32,C33,C34,C35,C36,C37C38,C39,C44,C47,C48,C49,C50,C52,C53,C54,C55,C57

4 4 42480024 Cap SMT Tant 35V EIA A;0.22uF20% C40,C41,C42,C43 Panasonic ECS-H1VY224R

5 2 42480021 Cap SMT Tant 16V EIA D;47uF20% C45,C46 AVXTPSD476M016R0150

6 2 42028021-08 Cap SMT X5R 6.3V 0805; 10 uF20% C51, C59 Panasonic ECJ-2FB0J106M

7 1 42028004-16 Cap SMT NP0 50V 0805; 22 pF5% C56 Panasonic ECJ-2VC1H220J

8 4 40010054 Dual Diode, SOT-23 D1,D2,D3,D4 Diodes, Inc BAS70-04-79 2 55050047 Connector 3 pin 0.1" SIL header E6,E7 Molex 22-03-2031

10 4 55050048 Connector 3 pin 0.1" SIL header,Rt. Angle E1,E2,E3,E4 Molex 22-12-2031

11 1 55050049 Connector 6 pin 0.1" SIL header,Rt Angle J1 Molex 22-12-2061

12 1 55050044 Connector 4 pin 0.1" SIL header,Rt Angle J4 Molex 70553-0003

13 1 55050046 Connector 4 pin 0.1" SIL Rt Angleheader J12 Molex 22-05-2041

14 1 55050045 Connector 8 pin 0.1" SIL header J6 Molex 70563-0007

15 2 48000151 Connector 2 X 25 0.1" DILheader J7,J8 Samtec SSQ-125-01-G-D

16 1 55050050 Connector 2 X 5 0.1" DIL header,Rt Angle J9 Molex 15-29-7210

17 1 55050051Connector, 2 X 5 0.1" DIL headerRt Angle w/latches J10 AMP 104130-1

18 1 55050052 Connector, Recept 31 pin 1mm J11 Hirose DF9-31P-1V(20)19 2 48065012 Ferrite Bead SMT 1812;1.5A L1,L2 Steward MI1812K121R

Rev C TB-2100 90 008 106-2

PCB Assembl y Contro ller 80 224 001

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N26 2 41150006 Res SMT 2% 16 pin DIL;220/330 R14,R15 CTS 766165131A27 1 41161009-339 Res SMT 1% 0805;33.2k R16 Panasonic ERJ-6ENF3322V28 1 40201305 Microcontroller PLCC68 U1 Philips PXAS30KBA

29 1 40201306 FPGA, CPLD TQ144 U2 Xilinx XC95144XL-7TQ144C

30 4 40201304 SRAM 44-TSOPII;256k X 16 U3,U4,U5,U6 Cypress CY7C1041CV33-12ZC

31 1 40201303 Flash 48-TSOP 3.3V BottomBoot 70ns;4M X 16 U8 ToshibaTC58FVB160AFT-70

32 1 Programmed Memory U7

33 8 40201278 I2C Serial EEPROM 3.3V 8-SOIC; 32k X 8 U9-U16 Microchip 24LC256-I/SN

SN74LVTH16244


168/224

34 2 40201297 Buffer/Driver 48-SSOP;16bit U17,U18 TI ADL35 1 40201298 Transceiver 48-SSOP;16bit U19 TI SN74LVTH16245 ADL36 1 40201302 UART 48-TQFP U20 EXAR ST16C1550CQ4837 1 40201296 LCD Controller 144-QFP20 U21 Epson S1D13806F38 1 40201299 RS232 3.3V 48-SSOP U22 TI SN75C23243DLR

39 1 40201300 Touchscreen Controller 16-TSSOP U23 TI TSC2003IPW

40 1 40201301 Xtal Osc SMT 50ppm;29.49120MHz X1 CTSCB3LV-3C-29.49120-T

41 1 42029003-01 Cap, Cerm Chip 08051000pF/50V X7R 10% C58 Panasonic ECJ-2VB1H102K

Rev C TB-2100 90 008 106-2


169/224

PCB Assembly, Keypad Board

Figure 6- 19

PCB Assembl y, KeyPad 80 225 001


1 1 80225002 PCB Drill and Fabrication RFBoard (Rev C) 09-0105-0000

2 1 48077037-01 Memory, Programmed U1 Cygnal C8051F0203 1 40201295 RS232,1X1;8-SOIC U2 Maxim DS276S

4 1 55050041 Connector 3 pin 0.1" SIL Rt Angleheader J4 Molex 22-28-8032

5 1 55040042 Connector 2 X 5 0.1" DIL Rt Angle header J1 Sullins PZC05DBBN

6 1 55050043 Connector 2 X 20 0.1" DILheader J2 Molex 15-29-6240

7 6 42029002-06Cap Chip X7R 25V 0805; 0.1 uF10%

C1,C2,C3,C4,C7,C9 Panasonic ECJ-2VB1E104K

8 1 42480021 Cap SMT Tant 16V EIA D;47uF20% C10 AVXTPSD476M016R0150

Rev C TB-2100 90 008 106-2

PCB Assembl y, KeyPad 80 225 001


16 1 40010059 Diode, Schottky, 30V; SOT-23 D1 Diodes Inc BAT54-717 1 45001018 LED, Green, SMT;0805 D2 Lumex SML-LXT0805GW-TR

18 1 46020028 Optical Encoder,18deg,panelmount S25 Grayhill 62SY18003

19 24 57024001 Keyswitch

S1,S2,S3,S4,S5,S6,S7,S8,S9,S10,S11,S12,S13,S14,S15,S16S17,S18,S19,S20,S21,S22,

EAO 81.10101.00


170/224

S23,S2420 18 57027001 Square Key, Lt Grey EAO 80.11011.0921 1 57027003 Square Cap, Lt Grey, Blk text;0 EAO 82.01036.0922 1 57027004 Square Cap, Lt Grey, Blk text;1 EAO 82.01027.0923 1 57027005 Square Cap, Lt Grey, Blk text;2 EAO 82.01028.0924 1 57027006 Square Cap, Lt Grey, Blk text;3 EAO 82.01029.0925 1 57027007 Square Cap, Lt Grey, Blk text;4 EAO 82.01030.0926 1 57027008 Square Cap, Lt Grey, Blk text;5 EAO 82.01031.0927 1 57027009 Square Cap, Lt Grey, Blk text;6 EAO 82.01032.0928 1 57027010 Square Cap, Lt Grey, Blk text;7 EAO 82.01033.0929 1 57027011 Square Cap, Lt Grey, Blk text;8 EAO 82.01034.0930 1 57027012 Square Cap, Lt Grey, Blk text;9 EAO 82.01035.0931 1 57027013 Square Cap, Lt Grey, Blk text;A EAO 82.01001.0932 1 57027014 Square Cap, Lt Grey, Blk text;B EAO 82.01002.0933 1 57027015 Square Cap, Lt Grey, Blk text;C EAO 82.01003.0934 1 57027016 Square Cap, Lt Grey, Blk text;D EAO 82.01004.0935 1 57027017 Square Cap, Lt Grey, Blk text;E EAO 82.01005.0936 1 57027018 Square Cap, Lt Grey, Blk text;F EAO 82.01006.0937 1 57027019 Square Cap, Lt Grey, Blk text;. EAO 82.01076.0938 1 57027020 Square Cap, Lt Grey, Blk text;+/- EAO 82.01087.09

39 1 57027021 Square Cap, Lt Blue, Whttext;DEL EAO 82.01086.05

40 1 57027022 Square Cap, Lt Blue, Whttext;CAL EAO 82.01085.05

41 3 57027023 Square Cap, Lt Blue, Wht text;-> EAO 82.01077.05

42 1 57027024 Square Cap, Lt Blue, Whttext;ENT EAO 82.01169.05

43 6 57027002 Square Key, Lt Blue EAO 80.11011.05

Rev C TB-2100 90 008 106-2


171/224

PCB Assembly, Encoder

Figure 6- 20

PCB Assembl y, Encod er 80 226 001


1 1 80226002 PCB Drill and Fabrication,Encoder Bd. (Rev B) 09-0106-0000

2 2 55050037 Connector 2 X 10 0.1" DILstraight header J1,J2 Molex 15-42-6220

3 10 42029002-06 Cap Chip X7R 25V 0805; 0.1 uF10% C1-C10 Panasonic ECJ-2VB1E104K


5 4 41161009-114 Res SMT 1% 0805;150 R21-R24 Panasonic ERJ-6ENF1500V6 20 41161009-226 Res SMT 1% 0805;2.21k R1-R20 Panasonic ERJ-6ENF2211V

7 10 46020028 Optical Encoder,18deg,panelmount Grayhill 62SY18003

8 4 45001025 LED, T-1 3/4, Green, 0.1" thru DS1DS4 Chicago 4304H5

Rev C TB-2100 90 008 106-2


172/224

PCB Assembly, RF Attenuator Control

Figure 6- 21

PCB Assembl y, RF ATTN Cont rol 80 229 001# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N

1 1 80229002 PCB Drill and Fabrication, RF Attn. Control Bd. (Rev. B) 09-0109-0000

2 2 40201265 8 bit SMBus I/O Port: U1,U3 Philips PCA9557D3 2 40001042 Transistor Array:16-SOIC U2,U4 TI ULN2003AD

4 4 42029002-06 Cap Chip X7R 25V 0805; 0.1 uF10% C1-C4 Panasonic ECJ-2VB1E104K

5 1 41161009-193 Res SMT 1% 0805;1.0k R3 Panasonic ERJ-6ENF1001V

6 2 41161009-289 Res SMT 1% 0805;10k R1,R2 Panasonic ERJ-6ENF1002V7 2 41150005-44 Res SMT 2% 9 pin SIL;10k RN1,RN2 CTS 752091103GB8 1 48000150 Conn, 1X6, rt angle, friction lock J1 Molex 70553-00059 2 55050035 Conn 2X5 straight latch/eject J2J3 3M 37936002

Rev C TB-2100 90 008 106-2


173/224

6-39

PCB Assembly, Power Supply Board

Figure 6- 22

Rev C TB-2100 90 008 106-2

PCB Assembl y, Power Supply 80 231 001


1 1 80231002 PCB Drill and Fabrication, PwrSupply Bd. (Rev B) 09-0111-0000

2 3 40201291 Switching Regulator, TSSOP-16 U6,U11,U14 LinearTechnology

LT3431EFE

3 3 40201292 Negative LDO, ThinSOT U9,U10,U12 LinearTechnology LT1964ES5-BYP

4 1 40201293 Switching Regulator, SO-8 U15 LinearTechnology LT1372CS8

5 5 40201285 Positive LDO, SO-8 U1,U3,U4,U7,U8 LinearTechnology LT1763CS8

6 1 40201265 8 bit SMBus I/O Port: U13 Philips PCA9557D7 1 40201268 DAC,8 bit,I2C;8-uSOIC U16 Analog Devices AD5301BRM

8 0 Oscillator, MSOP-10 (NOT

INSTALLED)U2



174/224

INSTALLED)9 1 40201267 Op Amp U5 LinearTechnology LT1219LCS8

10 1 40201294 SMBus Expander U17 Philips PCA9515D

11 1 40001019 Transistor, NPN, MMBT3904LT1,SOT-23 Q3 Infineon Tech. MMBT3904LT1

12 2 40001043 Transistor, MOSFET,PChannel;SOT-23 Q4,Q5 Fairchild BSS84

13 4 40001041 Transistor, N Channel MOSFET,SOT-23 Q1,Q2,Q6,Q7 Zetex VN10LFTA

14 1 40010054 Dual Diode;SOT-23 CR4 Diodes Inc. BAS70-04-715 3 40010057 Diode, Switching, SOD-123 CR1,CR2,CR3 ON Semi MMSD914T116 6 40010058 Diode, Schottky, SMC Z1,Z2,Z3,Z4,Z5,Z6 IR 30BQ060

17 11 42029006-05 Cap Chip X5R 25V 1206; 10 uF20%

C5,C7,C14,C15,C16,C17,C18,C20,C22,C24,C26

Panasonic ECJ-3YB1E106M

18 0 Cap Chip; (NOT INSTALLED) C3

19 3 42028004-28 Cap Chip NP0 50V 0805; 220 pF5% C13,C30,C38 Panasonic ECJ-2VC1H221J

20 1 42029003-15 Cap Chip X7R 50V 0805; 0.015uF 10% C29 Panasonic ECJ-2VB1H153K

21 3 42029002-10 Cap Chip X7R 25V 0805; 0.22 uF10% C11,C28,C36 Panasonic ECJ-2YB1E224K

22 11 42029003-13 Cap Chip X7R 50V 0805; 0.01 uF10%

C1,C4,C6,C8,C12,C19,C21,C23,C25,C33,C41

Panasonic ECJ-2VB1H103K

23 4 42480016-04 Cap SMT Tant 25V EIA D;33uF20% C2,C31,C32,C34 Panasonic EEJ-L1ED336R

24 3 42029005-03Cap Chip X5R 25V 0805;4.7 uF20% C10,C27,C35 Panasonic ECJ-2FB1E475M


Rev C TB-2100 90 008 106-2



26 2 42029003-17 Cap Chip X7R 50V 0805; 0.022uF 10% C37,C42 Panasonic ECJ-2VB1H223K

27 2 42480022 Cap SMT Tant 50V, 6.8uF;7343 C44,C45 Kemet T491D685M050AS

28 1 42029003-05 Cap Chip X7R 50V 0805; 0.0022uF 10% C43 Panasonic ECJ-2VB1H222K

29 1 42029001-45 Cap Chip X7R 10V, 1uF;0805 C9 Kemet C0805C105K8RACTU30 1 42028004-29 Cap Chip NPO 50V 0805; 270pF C46 Panasonic ECJ-2VC1H271J31 0 Res, SMT; (NOT INSTALLED) R12

32 7 41161009-252 Res. SMT 1% 0805; 4.12k R15,R18,R26,R28,R30, R32,R33 Panasonic ERJ-6ENF4121V

33 1 41161009-343 Res. SMT 1% 0805; 36.5k R34 Panasonic ERJ-6ENF3652V34 2 41161009-210 Res. SMT 1% 0805; 1.5k R24,R35 Panasonic ERJ-6ENF1501V

35 3 41161009-383 ResSMT1%0805;95 3k R7R57R58 Panasonic ERJ-6ENF9532V36 0 R SMT (NOTINSTALLED) R10


175/224

35 3 41161009 383 Res SMT 1% 0805;95.3k R7,R57,R58 Panasonic ERJ6ENF9532V36 0 Res SMT; (NOT INSTALLED) R1037 0 Res SMT; (NOT INSTALLED) R1138 1 41161009-282 Res SMT 1% 0805;8.45k R38 Panasonic ERJ-6ENF8451V39 4 41161009-260 Res SMT 1% 0805;4.99k R23,R39,R41,R43 Panasonic ERJ-6ENF4991V40 1 41161009-317 Res SMT 1% 0805;19.6k R22 Panasonic ERJ-6ENF1962V41 4 41161009-226 Res SMT; 1% 0805;2.21k R9,R19,R20,R37 Panasonic ERJ-6ENF2211V42 1 41161009-347 Res SMT; 1% 0805;40.2k R21 Panasonic ERJ-6ENF4022V43 2 41161009-243 Res SMT 1% 0805;3.32k R40,R50 Panasonic ERJ-6ENF3321V44 2 41161009-268 Res SMT 1% 0805;6.04k R2,R5 Panasonic ERJ-6ENF6041V

45 2 41161009-77 Res SMT 1% 0805;61.9 R1,R4 Panasonic ERJ-6ENF61R9V46 2 41164001-172 Res SMT 1% 1210;604 R3,R6 Panasonic ERJ-14NF6040U47 2 41161009-315 Res SMT 1% 0805;18.7k R8,R36 Panasonic ERJ-6ENF1872V48 1 41161009-333 Res SMT 1% 0805;28.7k R44 Panasonic ERJ-6ENF2872V49 3 41161009-164 Res SMT 1% 0805;499 R45,R46,R47 Panasonic ERJ-6ENF4990V50 1 41161009-218 Res SMT 1% 0805;1.82k R42 Panasonic ERJ-6ENF1821V51 2 41161009-289 Res SMT 1% 0805;10.0k R48,R49 Panasonic ERJ-6ENF1002V

52 10 41161009-299 Res SMT 1% 0805;12.7k

R14,R17,R25,R27,R29,R31,R51,R52,R53,

R54

Panasonic

ERJ-6ENF1272V

53 2 41161028 Res SMT 1% 0805;0.1 R13,R16 Panasonic ERJ-L06KJ10CV54 2 41130021 Res SMD 5% 2512; 75 1W R55,R56 Panasonic ERJ-1TYJ750U55 5 43011103 Power Inductor SMT 15 uH L1,L2.L3,L4,L5 Sumida CDRH125-150MC

56 1 55050036 1X4 Connector (Ref. 12VDCInput) J1 Molex 70543-0003

57 2 55050039 1X6 Connector (Ref. PowerSwitch) J2,J4 Molex 70543-0005

58 2 48040083 Connector SMB Jack Recept

Straight (Ref. Pulse_A3)J7,J8 Johnson Comp. 131-1701-216

59 2 55050038 1X2 Connector (Ref. Fan) J3,J5 Molex 70543-0001

60 1 55050043 Conn.Header Dual Row Vert.40Pi 01"Ct (R fO t t) J6 Molex 15-42-6240


176/224

Rev C TB-2100 90 008 106-2

C bl A bl G di Wi


177/224

Cable Assembly, Grounding Wire

Figure 6- 24

Cable Assembl y Grounding Wire 75 010 281

# QTY Tel Desig. Nomenclature Ref Designator Resource Vendor P/N1 1 55010001 LUG, GROUND #4 KEYSTONE 73112 1 55010002 LUG, GROUND #6 KEYSTONE 73123 1 55010003 LUG, GROUND #8 KEYSTONE 7313

4 1 55006011FEMALE DISCONNECT,INSULATED .25 STA-CON RA2573

5 AR 72418020WIRE, TEFLON INSUL. 18AWG.GREEN/YELLOW OLYMPIC 311-54

Rev C TB-2100 90 008 10

Appendix A - Remote Con trol Operation

1.0 Remot e Operation

The TB-2100 provides two methods of remote control

• ATC-1400A/S-1403DL Emulation (Sect. 1.1) - Uses the RS-232 and General Purpose Interface Bus (GPIB) commands used in the IFR ATC-1400A ATC/DMETest Set and S-1403DL Mode S Accessory unit

• TB-2100 RS-232 Remote Control (Sect. 1.2) - Uses RS-232 commands for emulation of all TB-2100 functions and front-panel controls

1.1 ATC-1400A/S-1403DL Emulat ion

The TB-2100 commands shown in Table 1 emulate the remote control commands used by the IFR ATC-1400A ATC/DME Test Set and S-1403DL Mode S Accessory Unit(refer to appropriate IFR manuals for detailed programming instructions). The commands were implemented in this fashion to facilitate inter-changeability of the TB-2100with the IFR products.

For the commands shown in Table 1, all commands are in ASCII code. Table 2 contains SCPI Commands List. Information shown under Data column reflects input/outputof TB-2100. Data shown in parentheses is input data, data not enclosed in parentheses is output data. If the Data column is blank, there are no input/output data

associated with the command.


178/224

Appendix A Page 1

Table 1

DME Command Data DescriptionA XXX Set Acceleration value

DMEX Set DME Function to X ChannelDMEY Set DME Function to Y ChannelDV2= X.X Set DME P2 Pulse Spacing

(-7.9 to +7.9 in 0.1 us steps)

DV20 Set DME P2 to CalDV2+ Deviate DME P2 Positive (-12 to +3 dB)DV2- Deviate DME P2 NegativeEQ0 Disable Equalizer PulsesEQ1 Enable Equalizer PulsesE0 Disable Echo PulsesE1 Enable Echo PulsesE% XXX Set DME Reply EfficiencyID0 Disable IDENT ToneID1 Enable IDENT ToneID2 Enable Code MessageID3= XXXXXX Set Code MessageIDP= XXX Set Number of Dot Times for Period (1 to 999)IDS= XXX Set CODE Dot Time in ms (100, 125, or 160)NM0 Disable –1 nmi RangeNM1 Enable –1 nmi Range

Rev C TB-2100 90 008 10

DME Command Data DescriptionR XXX.XX Set DME Range Delay (0 to 399.00 nmi)R? (#XXX.XX) Get DME Range DelayRI Set Range Delay InboundRO Set Range Delay OutboundSQ0 Disable DME SquitterSQ1 Enable DME SquitterTC0 Disable TACAN Modulation

TC1 Enable TACAN ModulationUP? (#XXXX) Get UUT DME PRFV XXX0 Set DME Velocity (0 to 9990 kts)V? ($XXX0) Get DME Velocity

General Command Data Description! Go to Local ModeCM0 Select 1.45 us Cal MarksCM1 Select 1.0 us Cal MarksDCL Device Clear (Return to Front Panel Setup)DF= X XX Set Delta Frequency Value (0 00 to 9 99 MHz)


179/224

Appendix A Page 2

DF= X.XX Set Delta Frequency Value (0.00 to 9.99 MHz)DF0 Cancel Delta FrequencyDF+ Add Delta FrequencyDF- Subtract Delta FrequencyES= +/-XX Set Echo/SLS Pulse Amplitude (-12 to +3 dBm)F XXXX Set RF Output Frequency (962 to 1213 MHz)F? (#XXXX.XX) Get RF Output Frequency (962 to 1213 MHz + DF)FP1 Sample and measure UUT 1 st pulseFP2 Sample and measure UUT 2 nd pulseP? (#XXXX) Get PRFPS= XXXX Set XPDR PRF or DME Squitter rateRF XXX Set RF Output Level (0 to –127 dBm)RT0 Set RF Output to NormalRT1 Set RF Output to OffRT2 Set RF Output to CWSP0 Disable Suppressor PulseSP1 Enable Suppressor PulseSRM= XXXXXX Set SRQ Mask for Desired SRQ SignalT0 Set SYNC to InterrogationTD Set SYNC to ReplyUF? (#XXXX.XX) Get UUT Frequency (1020 to 1155 MHz)UW? (#XXXX) Get UUT Power in WattsWN Set Narrow Tolerance WindowWW Set Wide Tolerance WindowS-1403DL

Rev C TB-2100 90 008 10

General Command Data DescriptionFormat ASCii/BINary/

HEXadecimal/OCTalSets format for numerical data returns

S1403c Switches to old-style command interpreterSCPI Switches to new SCPI-style command interpreterSYSTem:LANGuageS1403C

Switches to old-style command interpreter

XPDR Command Data DescriptionC? (#XXXXXX) Get XPDR Code/AltitudeDI= XXX.X Double Interrogation P1 to P1 spacing (20.5+Mode Spacing to 399.0 us)IP= +/-XXX.X Enable and Deviate INTRF Pulse (-17.5 to 399.9 us)IP0 Disable INTRF Pulse and Double INTERR PulseP0 Disable XPDR PRFP1 Enable XPDR PRFS0 Disable SLS PulseS1 Enable SLS PulseU%? (#XXXX) Get UUT XPDR % Reply (0% to 159%)

XA Set XPDR Mode AXC Set XPDR Mode C


180/224

Appendix A Page 3

XC Set XPDR Mode CXA1 Set XPDR Mode AC1XA2 Set XPDR Mode AC2XP= X.XX Set XPDR Pulse Width (0.10 to 1.95 us)XP0 Set XPDR Pulse Width to CalXP1 Set XPDR Pulse Width to Variable ValueXV= X.XX Set P2/P3 Deviation (0.00 to 1.95 us in 0.05 us steps)XV20 Set P2 Pulse Spacing to CALXV2+ Increases P2 Pulse Spacing by Value set in XV=XV2- Decreases P2 Pulse Spacing by Value set in XV=XV30 Set P3 Pulse Spacing to CALXV3+ Increases P3 Pulse Spacing by Value set in XV=XV3- Decreases P3 Pulse Spacing by Value set in XV=

XPDR Command Data DescriptionSCPI-Style:INTerrogation:TRIGger:BURST

Old-Style:BURST.

Same as pressing BURST key

SCPI-Style:GENerator[:STATe]

Old-Style:

ANTA/ANTB (0/1), ON/OFF (1/0)

OFF or –1.95 to 1.95 in 0.05

Enable/Disables interrogation for specified antenna

Rev C TB-2100 90 008 10

XPDR Command Data DescriptionANTB=SCPI-Style:GENerator:TIME:OFFSet

Old-Style:ANTB=

-0.95 to 0.95

OFF or –1.95 to 1.95 in 0.05

Sets ANTB interrogation position in us, relative to ANTA

SCPI-Style:

GENerator[:STATe]?Old-Style:ANTB?

Returns interrogation status for specified antenna

SCPI-Style:GENerator:TIME:OFFSet ?

Old-Style:ANTB?

Returns the ATNB interrogation position in us, relative to ANTA

SCPI_Style:GENerator:LEVel ,

ANTB (1), -20 to –83

20 to 83

Sets ANTB level in dBm


181/224

Appendix A Page 4

Old-Style:BRF=

-20 to -83

SCPI_Style:GENerator:LEVel:OFFset ,

Old-Style:BRFLV=

orRFLV=

ANTA/ANTB (0/1), -3.0 to 3.0

-3.0 to 3.0

Sets ANTB vernier in dB

GENerator:LEVel? ANTB (1) Returns ANTB level setting in dBmGENerator:LEVel:OFFSet? Returns ANTB vernier setting in dBSCPI-Style:INTerrogation:FUNCtion:ATCrbs&ATC1400a:ATCRBS “A”(stand alone only)

Old-Style:ATC

Starts ATC Function

SCPI-Style:INTerrogation:FUNCtion?

Old-Style:

Returns active interrogation function with parameters

Rev C TB-2100 90 008 10

XPDR Command Data DescriptionMODE?

SCPI-Style:INTerrogation:FUNCtion:INTerlace

Old-Style:INTLCE=

1 to 999 Starts Interlace / sets ATCRBS to Mode S interrogations ratio

SCPI-Style:INTerrogation:FUNCtion:INTerlace?

Old-Style:none

Returns ATCRBS to Mode S interrogation ratio setting

SCPI-Style:INTerrogation:FUNCtion:DI ,&ATC1400a:MODE “DI”, 50

Old-Style:DI=

“ATC”/”SEQ”/”ACS”/”ACL”“ATC”/”SEQ”/”ACS”/”ACL”

Starts DI / sets both interrogation types


182/224

Appendix A Page 5

DI

SCPI-Style:INTerrogation:FUNCtion:DI?

Old-Style:Mode?

Returns DI interrogation types

SCPI-Style:INTerrogation:FUNCtion:BURST,

Old-Style:BURST=

“ATC”/”SEQ”/”ACS”/”ACL”1 to 9999

Starts Burst/ sets interrogation type and number

SCPI-Style:INTerrogation:FUNCtion:BURST?

(No Old-Style)

Returns the BURST interrogation type and number setting

SCPI_Style:INTerrogation:P3

“CAL”/”VAR”/”OFF” Sets P3 pulse level

SCPI_Style:INTerrogation:P3? Returns P3 pulse level setting

SCPI_Style:INTerrogation:P6 [,[,]]

“CAL”/”OFF”,”CAL”/-1.50 to +1.50, “CAL”/-1.95 to+1.95

Sets P6 pulse level, width and position.

SCPI_Style:INTerrogation:P6?

Returns P6 pulse level, width and position setting.

Rev C TB-2100 90 008 10

XPDR Command Data DescriptionSCPI_Style:INTerrogation:P2

“CAL” / ”VAR” / ”OFF” Sets P2 pulse level


Returns P2 pulse level

SCPI_Style:INTerrogation:P6:SPR [,]

ON/OFF,”CAL”/-1.00 to 1.00

SCPI_Style:

INTerrogation:P6:SPR?

Returns SPR control and position setting

SCPI_Style:INTerrogation:P4[,[,]]

“CAL”/”VAR”/”OFF”,”CAL”/0.20 to 3.55, “CAL”/-1.95 to +1.95

Sets P4 pulse level, width and position.


Returns P4 pulse level, width and position setting.

SCPI_Style:REPLy:ATCRbs?

Old-Style:none

Returns Mode C reply altitude or Mode A reply identification

SCPI_Style:REPLy:DELay[


183/224

Appendix A Page 6

REPLy:DELay[


184/224

Appendix A Page 7

Q ypSCPI-Style:SQTR:COUNt:CLEar

Clears squitter count readings

SCPI-Style:SQTR:TIMe? [,]

Old-Style:SQTR?SQTRDF11?

SQTRDF17A?SQTRDF17I?SQTRDF17O?SQTRDF17P?SQTRDF17S?SQTRDF17T?

“DF11”/”DF17”/”DF17A”/”DF17I”/”DF17O”/”DF17P”/”DF17S”/”DF17T”, “A”/”N”

Returns squitter time intervals in seconds and data in selectedformat.

SCPI-Style:SQTR:TIMe:CLEar

Old-Style:

SQTRDFCLEAR

Clears squitter time readings

SCPI-Style:SQTR:CAPTure[:STATe]

Old-Style:SQTRBUFCAPTURE=

ON/OFF (1/0) Enables/disables squitter capture

SCPI-Style: Clears all buffer entries

Rev C TB-2100 90 008 10

XPDR Command Data DescriptionSQTR:CAPTure:CLEar

Old-Style:SQTRBUFCLEARSCPI-Style:SQTR:CAPTure:COUNt?

Old-Style:SQTRBUFCOUNT?

Returns number of entries in capture buffer and capacity

SCPI-Style:SQTR:CAPTure:FILTer

Old-Style:SQTRBUFFILTER=

OR mask of:1 = ATCRBS Fruit2 = Non-DF11/DF17/Mode S Fruit4 = DF11 Squitter8 = DF17I Squitter16 = DF17S Squitter32 = DF17A Squitter64 = DF17T Squitter128 = DF17P Squitter256 = DF17O Squitter

Sets squitter capture filter

SCPI-Style: Returns squitter capture filter setting


185/224

Appendix A Page 8

SQTR:CAPTure:FILTer?

Old-Style:noneSCPI_Style:SQTR:CAPTure:GET?

Old-Style:

SQTRBUFGET?(returns entire squitter & interval)

“A”/”N” Returns squitter capture buffer data. “A” is all bits and “N” isdata with downlink format and address broken out. Data formatis set by the INT:SMEN:FORM command

SCPI-Style:INTerrogation:TRIGger:SOURce

(No Old-Style)

“SELFint”/”SYNC”/”TRIGgen”/”BURSt” Sets interrogation trigger source

SCPI-Style:INTerrogation:TRIGger:SOURce?

(No Old-Style)

Returns interrogation trigger source setting

SCPI-Style:INTerrogation:TRIGger:GENerator

(No Old-Style)

0.004 to 99.999 SEC or 1 to 2500 Hz Sets internal trigger generator

SCPI-Style: Returns internal trigger generator setting

Rev C TB-2100 90 008 10

XPDR Command Data DescriptionINTerrogation:TRIGger:GENerator?

(No Old-Style)SCPI-Style:INTerrogation:SCOPe,[,]

(No Old-Style)

“ATC”/”MODES”/”ACS”/”ACL”,ON/OFF (1/0), 0 to255 or “CAL” ATC: 0 to 35 usMODES: 0 to 255 usACS: 0 to 255 usACL: 0 to 255 us

Sets SCOPE TRIG OUT

SCPI-Style:INTerrogation:SCOPe?

(No Old-Style)

Returns SCOPE TRIG OUT settings

SCPI-Style:INTerrogation:SYNC:OUT,

Old-StyleEXSYN=

“ATC”/”MODES”/”ACS”/”ACL”,ON/OFF (1/0) Sets EXT SYNC OUT connector output

SCPI-Style:INTerrogation:SYNC:OUT?

Old St l

Returns EXT SYNC OUT connector output


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Old-StyleEXSYN?SCPI-Style:INTerrogation:SYNC:OUT:DEViation

Old-Style(none)

-9.95 to 9.95 Sets EXT SYNC OUT connector pulse position in us from P1.

SCPI-Style:

INTerrogation:SYNC:OUT:DEViation?Old-Style(none)

Returns EXT SYNC OUT connector pulse position in us from P1.

SCPI-Style:INTerrogation:PPMG,[,]

Old-StylePPMG=

“ATC”/”MODES”/”DELM”,ON/OFF (1/0), pulse#:ATC: “F1”, “F2”, “A1”, “A2”, “A4”, “B1”, “B2”, “B4”,“C1”, “C2”, “C4”, “D1”, “D2”, “D4”, “X”, “SPI”MODES: 1 to 116DELM: 1 to 16

Sets Pulse Power Measurement Gate control for specified pulse

SCPI-Style:

INTerrogation:PPMG?Old-StylePPMG?

“ATC”/”MODES”/”DELM” Returns Pulse Power Measurement Gate control for specified

type

SCPI-Style:INTerrogation:MODulation,

ANTA/ANTB (0/1), INT/EXT/INTExt Specifies Mode S modulation for the selected antenna

Rev C TB-2100 90 008 10

XPDR Command Data DescriptionOld-StyleEXMOD=SCPI-Style:INTerrogation:MODulation?

Old-StyleEXMOD?

ANTA/ANTB (0/1) Returns Mode S modulation for the selected antenna

SCPI-Style:INTerrogation:PPULse[,]

Old-Stylenone

ON/OFF (1/0), 0 to 260 Sets PREPULSE OUT status and position

SCPI-Style:INTerrogation:PPULse?

Old-Stylenone

Returns PREPULSE OUT status and position

SCPI-Style:INTerrogation:SMENu:FORMat

Old Style

HEXadecimal/OCTal Sets numerical format for sequence menu data


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Old-StylenoneSCPI-Style:INTerrogation:SMENu:FORMat?

Old-Stylenone

Returns numerical format for sequence menu data

SCPI-Style:

INTerrogation:SMENu:SET:ALLOld-Stylenone

“OFF”/”XPDR”/”USER”/”ZERO”/”DEFault” Modifies the ADDR interrogation field in all sequence menus

SCPI-Style:INTerrogation:SMENu:GLOBal:ADDRess,

Old-Stylenone

“USER”, 0 to 8388608 Sets global transponder address

SCPI-Style:INTerrogation:SMENu:GLOBal:ADDRess?

Old-Stylenone

“XPDR”/”USER” Returns global transponder address

SCPI-Style: “XPDR”/“USER”, 0 to 8388608 Sets global XOR mask


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XPDR Command Data DescriptionnoneSCPI-Style:SYSTem:COMMunicate:SERial:BAUD?

Old-Stylenone

Returns RS232 baud rate

SCPI-Style:SYSTem:COMMunicate:SERial:BITS

Old-Stylenone

7/8 Sets RS232 bits per word

SCPI-Style:SYSTem:COMMunicate:SERial:BITS?

Old-Stylenone

Returns RS232 bits per word

SCPI-Style:SYSTem:COMMunicate:SERial:SBITS

Old-Stylenone

1/2 Sets RS232 stop bits per word


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noneSCPI-Style:SYSTem:COMMunicate:SERial:SBITS?

Old-Stylenone

Returns RS232 stop bits per word

SCPI-Style:SYSTem:COMMunicate:SERial:PARity

Old-Stylenone

NONE/ODD/EVEN Sets RS232 parity check mode

SCPI-Style:SYSTem:COMMunicate:SERial:PARity?

Old-Stylenone

Returns RS232 parity check mode

SCPI-Style:SYSTem:COMMunicate:SERial:PACE

Old-Stylenone

NONE/XON Sets RS232 software handshaking mode

SCPI-Style:SYSTem:COMMunicate:SERial:PACE?

Old-Style

Returns RS232 software handshaking mode

Rev C TB-2100 90 008 10

XPDR Command Data DescriptionnoneSCPI-Style:SYSTem:COMMunicate:SERial:CONTrol:RTS<hndshk>

Old-Stylenone

ON/STANdard/RFR Sets RS232 hardware handshaking mode

SCPI-Style:SYSTem:COMMunicate:SERial:CONTrol:RTS?

Old-Stylenone

Returns RS232 hardware handshaking mode

SCPI-Style:SYSTem:COMMunicate:GPIB:RCI

Old-Stylenone

ON/OFF (1/0) Enables/disables control through GPIB connector

SCPI-Style:SYSTem:COMMunicate:GPIB:RCI?

Old-Style

Returns control status through GPIB connector


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ynoneSCPI-Style:SYSTem:COMMunicate:GPIB:ADDRess

Old-Stylenone

0 to 31 Sets S-1403DL GPIB address

SCPI-Style:

SYSTem:COMMunicate:GPIB:ADDRess?Old-Stylenone

Returns S-1403DL GPIB address

SCPI-Style:SYSTem:COMMunicate:ATC1400:CONTrol

Old-Stylenone

“MASTer”/”SLAVe”/”ALONe” Sets S-1403DL control relationship with ATC-1400A

SCPI-Style:SYSTem:COMMunicate:ATC1400:CONTrol?

Old-Stylenone

Returns S-1403DL control relationship with ATC-1400A

SCPI-Style:SYSTem:COMMunicate:ATC1400:S1403c:ADDRess

2 to 7 Sets S-1403DL IFR bus address

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XPDR Command Data Description

Old-StylenoneSCPI-Style:SYSTem:COMMunicate:ATC1400:S1403c:ADDRess?

Old-Stylenone

Returns S-1403DL IFR bus address

SCPI-Style:SYSTem:DATE,,

Old-Stylenone

0000 to 9999, 1 to 12, 1 to 31 Sets current date

SCPI-Style:SYSTem:DATE?

Old-Stylenone

Returns current date

SCPI-Style:SYSTem:TIME,,

0 to 23, 0 to 59, 0 to 59 Sets current time


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Old-StylenoneSCPI-Style:SYSTem:TIME?

Old-Style

none

Returns current time

*IDN? Returns identification, serial number and firmware versions*OPT?SCPI-Style:INTerrogation:SMENu,[,,]

Old-Stylenone

0 to 999, ON/OFF (1/0), “A”/”N”/”S”/”L”, (varies with )

Sets interrogation data for specific sequence menu

SCPI-Style:INTerrogation:SMENu?[,]

Old-Stylenone

0 to 999, “A”/”N”/”S”/”L” Returns interrogation data for specific sequence menu

SCPI-Style:INTerrogation:SMENu:BITS,,,

0 to 999, 1 to 112, 1 to 32, (value for up to 32 bitsof data)

Sets selected interrogation data bits of selected sequence menu

Rev C TB-2100 90 008 10

XPDR Command Data Description

Old-StylenoneSCPI-Style:INTerrogation:SMENu:BITS?,,

Old-Stylenone

0 to 999, 1 to 112, 1 to 32 Returns selected interrogation data bits of selected sequencemenu

SCPI-Style:INTerrogation:SCOPe:SMENu,

Old-Stylenone

0 to 999, ON/OFF (1/0) Activates/deactivates SCOPE TRIG OUT connector pulse forselected sequence menu

SCPI-Style:INTerrogation:SCOPe:SMENu?

Old-Stylenone

0 to 999 Returns SCOPE TRIG OUT connector pulse for selectedsequence menu

SCPI_Style:[ f ]

0 to 999, “A”/”N” Returns selected sequence menu reply data in set format


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REPLy:SMENu?[,]

Old-Style:DFSQ?SCPI_Style:REPLy:SMENu:BITS?,,

Old-Style:DFSQ?

0 to 999, 1 to 112, 1 to 32 Returns selected sequence menu reply data

Rev C TB-2100 90 008 10

TABLE 2

SPCI Commands

Command Parameters Definit ion Return Value

GEN , = ANTA or 0 (i.e. MAIN), ANTB or 1(i.e. TOP)

= OFF or 0, ON or 1

Turn ON/OFF the specified RF output.

GEN:STAT , = ANTA or 0 (i.e. MAIN), ANTB or 1(i.e. TOP)

= OFF or 0, ON or 1

Turn ON/OFF the specified antenna.

GEN? = ANTA or 0 (i.e. MAIN), ANTB or 1(i.e. TOP)

Request the on/off status of the specifiedRF output.

0 = OFF1 = ON

GEN:STAT? = ANTA or 0 (i.e. MAIN), ANTB or 1(i.e. TOP)

Request the on/off status of the specifiedRF output.

0 = OFF1 = ON

GEN:LEV , ANTB or 1 (i.e. TOP) Set the RF level of the specified RFoutput.


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= -83 to -20 (dBm in 1 dBmsteps)

GEN:LEV? = ANTA or 0 (i.e. MAIN), ANTB or 1(i.e. TOP)

Request the RF level of the specified RFoutput.

= -83 to -20 (dBm in 1 dBm steps)

GEN:LEV:OFFS , = ANTA or 0 (i.e. MAIN), ANTB or 1(i.e. TOP)

= -3.0 to 3.0 (dB in 0.1 dB steps)

Adjust the RF level of the specified RFoutput.

GEN:LEV:OFFS? = ANTA or 0 (i.e. MAIN), ANTB or 1(i.e. TOP)

Request the RF level adjustment for thespecified RF output.

< level > = -3.0 to 3.0 (dB in 0.1 dB steps)

GEN:TIME:OFFS = -0.95 to 0.95 (µs in 0.05 µssteps)

Set the timing offset for the TOP RFboard.

INT:FUNC? Request mode setting. = ATC, SEQ, ACL, ACS, INT, DI, BURS,or ATCM

INT:FUNC:ACL Set mode to ACL. If the XA command wasreceived prior to this command the modewill be set to AACL. If the XC command

was received prior to this command themode will be set to CACL. If neither XA orXC command was received prior to thiscommand the mode will be set to AACL.

INT:FUNC:ACS Set mode to ACS. If the XA commandwas received prior to this command themode will be set to AACS. If the XC

Rev C TB-2100 90 008 10

INT:FUNC:ACS (Continued)command was received prior to thiscommand the mode will be set to CACS. Ifneither XA or XC command was receivedprior to this command the mode will be setto AACS.

INT:FUNC:ATC Set mode to ATCRBS. If the XA commandwas received prior to this command themode will be set to A. If the XC commandwas received prior to this command themode will be set to C. If neither XA or XCcommand was received prior to thiscommand the mode will be set to A.

INT:FUNC:BURST [,] = “ATC”, “SEQ”, “ACS” or “ACL”(quotes are required)

= 1 to 9999

Set mode to BURST mode. If thiscommand received previously noparameters are necessary. The parameter is the interrogation type thatwill be burst. The is the number ofinterrogations to burst.

INT:FUNC:BURST? Request BURST type and BURST count. ,

= ATC, SEQ, ACS or ACL

= 1 to 9999


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= 1 to 9999

INT:FUNC:DI [,] = “ATC”, “SEQ”, “ACS” or “ACL”(quotes are required)

= “ATC”, “SEQ”, “ACS” or “ACL”(quotes are required)

Set mode to DOUBLE mode. If thiscommand received previously noparameters are necessary. Bothinterrogations defined by and come out each PRF. The spacingbetween and is defined by theDI command.

INT:FUNC:DI? Request the two Double modeinterrogation types.

,

= ATC, SEQ, ACS or ACL = ATC, SEQ, ACS or ACL

INT:FUNC:INT = 1 to 999 Set mode to INTERLACE mode. Thenumber of ATCRBS interrogationstransmitted for each Mode S interrogationis defined by . If the XA command wasreceived prior to this command theATCRBS interrogation will be set to A. Ifthe XC command was received prior tothis command the ATCRBS interrogationwill be set to C. If neither XA or XCcommand was received prior to thiscommand the ATCRBS interrogation will

Rev C TB-2100 90 008 10

be set to A.

INT:FUNC:INT? Request the interlace ratio. = 1 to 999INT:FUNC:SEQ Set mode to SEQUENCE mode. The

SEQUENCE interrogations should besetup prior to issuing this command.

INT:MOD , = ANTA or 0 (i.e. MAIN), ANTB or 1(i.e. TOP)

= “INT”, “EXT”, “INTE” (quotes arerequired)

Set the modulation source for thespecified antenna.

INT:MOD? = ANTA or 0 (i.e. MAIN), ANTB or 1(i.e. TOP)

Request the modulation source for thespecified antenna.

= INT, EXT, INTE

INT:P2 = “CAL”, “VAR” or “OFF” (quotesare required)

Set P2 level.

CAL: set to P1 levelVAR: set to level defined with the EScommandOFF: turn P2 off

INT:P2? Request the P2 level setting. = CAL, VAR or OFF

INT:P3 = “CAL”, “VAR” or “OFF” (quotesare required) Set P3 level.

CAL: set to P1 levelVAR: set to level defined with the ES


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VAR: set to level defined with the EScommandOFF: turn P3 off

INT:P3? Request the P3 level setting. = CAL, VAR or OFFINT:P4 [,[,] = “CAL”, “VAR” or “OFF” (quotes

are required)

= “CAL” or 0.20 to 3.55 (µs in0.0125 µs steps) (quotes are required asshown)

= “CAL” or-1.95 to 1.95 (µs in 0.025 µs steps)(quotes are required as shown)

Define P4 pulse level, width (optional) andposition (optional).

for level:CAL: set to P1 levelVAR: set to level defined with the EScommandOFF: turn P4 off

INT:P4? Request the P4 level, pulse width andpulse position.

,,

= CAL, VAR or OFF

= CAL or 0.20 to 3.55 (µs in 0.0125µs steps)

= CAL or -1.95 to 1.95 (µs in 0.025 µssteps)

Rev C TB-2100 90 008 10

INT:P6 [,[,] = “CAL” or “OFF” (quotes arerequired)

= “CAL” or –1.50 to 1.50 (µs in0.25 µs steps from CAL) (quotes arerequired as shown)

= “CAL” or-1.95 to 1.95 (µs in 0.025 µs steps fromCAL) (quotes are required as shown)

Define P6 pulse level, width (optional) andposition (optional).

for level:CAL: set to P1 levelOFF: turn P6 off

INT:P6? Request the P6 level, pulse width andpulse position.

,,

= CAL or OFF

= CAL or –1.50 to 1.50 (µs in 0.25µs steps from CAL)

= CAL or

-1.95 to 1.95 (µs in 0.025 µs steps from CAL)INT:P6:SPR [,] = OFF or 0, ON or 1

= “CAL” or

Enable/Disable SPR and set it’s position.


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-1.00 to 1.00 (µs in 0.025 µs steps fromCAL) (quotes are required as shown)

INT:P6:SPR? return the P6 on/off status (1/0) andposition

,

= 0 or 1

= CAL or-1.00 to 1.00 (µs in 0.025 µs steps from CAL)

INT:PPMG,[,]

= “ATC”, “DELM” or “MODES”(quotes are required)

= OFF or 0, ON or 1

if = “ATC”: = “F1”, “F2”, “A1”, “A2”, “A4”,“B1”, “B2”, “B4”, “C1”, “C2”, “C4”, “D1”,“D2”, “D4”, “X” or “SPI” (quotes arerequired)

if = “MODES”: = 1 to 116

if = “DELM”:

Define which pulse should be used tomeasure power and frequency. (Pulseselection is optional)

Rev C TB-2100 90 008 10

= 1 to 16

INT:PPMG? = “ATC”, “DELM” or “MODES”(quotes are required)

Request the on/off status and selectedpulse to be used for power and frequencymeasurements for the specified type.

,

= 0 or 1

if = “ATC”: = F1, F2, A1, A2, A4, B1, B2, B4,C1, C2, C4, D1, D2, D4, X or SPI

if = “MODES”: = 1 to 116

if = “DELM”: = 1 to 16

INT:PPUL [,] = OFF or 0, ON or 1

= 0 to 260 (µs in 1 µs steps)

Enable/Disable the prepules and set theposition prior to P1. Position is optional.

INT:PPUL? Request the on/off status and position ofthe prepulse.

,

= 0 or 1 = 0 to 260 (µs in 1 µs steps)

INT:SCOP = “ATC”, “MODES”, “ACS” or Enable/Disable the scope sync for the


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,[,] “ACL” (quotes are required)

= OFF or 0, ON or 1

if = “ATC”: = 0 to 35 (µs in 1 µs steps)

else: = 0 to 255 (µs in 1 µs steps)

p yspecified interrogation type and set it’sposition (optional).

INT:SCOP? = “ATC”, “MODES”, “ACS” or“ACL” (quotes are required)

Request the on/off status and position ofthe scope trigger for the specified type.

,

= OFF or 0, ON or 1

if = “ATC”: = 0 to 35 (µs in 1 µs steps)

else: = 0 to 255 (µs in 1 µs steps)

INT:SMEN,[,,<data>]

= 0 to 999

= OFF or 0, ON or 1

= “A”, “N”, “S” or “L” (quotes

Enable/Disable the specified sequencenumber.

Optional: define the mode S data for thespecified sequence number in the


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interrogation.

INT:TRIG:GEN = 1 to 2500 if = HZ

= 0.0004 to 99.9999 if =SEC

= HZ or SEC

(note that there is not a comma betweenthe two parameters in this singular case)

Set the PRF rate.

INT:TRIG:GEN? Request the PRF rate.

= 1 to 2500 if = HZ

= 0.0004 to 99.9999 if =SEC

= Hz or sec

(note that there is not a comma between thetwo parameters in this singular case)INT:TRIG:SOUR = “SELF”, “SYNC”, “TRIG” or

“BURS” (quotes are required)Set the interrogation trigger source.

“SELF” i t g ti d t


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“SELF” – wrap interrogation around toreply.

“SYNC” – use the external source.

“TRIG” – use the PRF provide by theINT:TRIG:GEN command.

“BURS” – trigger controlled by theINT:TRIG:BURS command.

INT:TRIG:SOUR? Request the interrogation trigger source. = SELF, SYNC, TRIG or BURSREPL:ATCR? Request ATCRBS reply data. , , ,

= ID for a mode A reply, ALT for amode C reply

= four octal numbers of the identcode (preceded by ID if the SPI is present)for a mode A reply, altitude in feet for a modeC reply

= is X if the X pulse is present, blankotherwise

Rev C TB-2100 90 008 10

REPL:ATCR? (Continued) = IP if SPI present, EM for anemergency identification reply

REPL:DEL? = “ATC” or “MODES” Request reply delay data for the specifiedtype.

,,

= current reply delay measurement

= minimum reply delay measurement

= maximum reply delaymeasurement

All returned values are float and representµs.

REPL:DEL:CLE Initialize the min and max reply delays.REPL:DEL:FIRS? Request reply delay only for the current

type.

The returned value is float and represents

µs.REPL:MODES? [] = “A”, “N”, “S” or “L” (quotesare required)

Request the mode S reply data in thespecified format.

,

= “A”, “N”, “S” or “L”


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if = “A”: = 56 or 112 bits preceded by #H ifspecified radix is hex, #Q if specified radix isoctal.

else: = ,,where is in decimal. is 27 or 83bits preceded by #H if specified radix is hex,#Q if specified radix is octal. is the 24bit address preceded by #H if specified radixis hex, #Q if specified radix is octal.

REPL:PERC? [[,]] = ANTA or 0 (i.e. MAIN), ANTB or 1(i.e. TOP)

= “TOTAL”, “ATC”, “MODES”,“BAD” or “NOREPLY”

Request reply percentage for the specifiedantenna and the specified type.

= 0 to 100

Not specifying and results inall percentages for ANTA being returned inthe order of the rtype parameter list followedby all percentages for ANTB. Specifying but not results in allpercentages for the specified antenna beingreturned in the order of the rtype parameterlist.


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SQTR:CAPT = OFF or 0, ON or 1 Enable/Disable squitter capturing.SQTR:CAPT:STAT = OFF or 0, ON or 1 Enable/Disable squitter capturing.SQTR:CAPT? Request squitter capturing status. 0 = OFF

1 = ONSQTR:CAPT:STAT? Request squitter capturing status. 0 = OFF

1 = ONSQTR:CAPT:CLE Clear all squitter capture buffers.SQTR:CAPT:COUN? Request the number of squitters in the

buffer and the number of squitters thebuffer is capable of storing.

,

SQTR:CAPT:FILT

A set bit indicates that the associatedsquitter type should be buffered

bit 0: ATCRBS FRUITbit 1: MODES FRUITbit 2: DF11 squittersbit 3: DF17I squitters

bit 4: DF17S squittersbit 5: DF17A squittersbit 6: DF17T squittersbit 7: DF17P squittersbit 8: DF17O squitters

Set which squitters to capture.


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bit 8: DF17O squittersSQTR:CAPT:FILT? Request the squitter buffer filter setting.

A set bit indicates that the associated squittertype should be buffered

bit 0: ATCRBS FRUITbit 1: MODES FRUITbit 2: DF11 squittersbit 3: DF17I squittersbit 4: DF17S squittersbit 5: DF17A squittersbit 6: DF17T squittersbit 7: DF17P squittersbit 8: DF17O squitters

SQTR:CAPT:GET? = “A” or “N” (quotes arerequired)

Request the next entry in the squitterbuffer.

,,,

= time since previous squitter inseconds as a float value

= 0 (ANTA) or 1 (ANTB)

= A or N depending on the format

Rev C TB-2100 90 008 10

SQTR:CAPT:GET? (Continued)

requested. If no format is specified use N.

if = “A”: = 56 or 112 bits preceded by #H ifspecified radix is hex, #Q if specified radix isoctal.

else: = ,,

where is in decimal. is 27 or 83bits preceded by #H if specified radix is hex,#Q if specified radix is octal. is the 24bit address preceded by #H if specified radixis hex, #Q if specified radix is octal. If thenumber of bits requested is not a multiple of8 the data will be left justified.

SQTR:CAPT:MODE = CONT or SING Set the squitter buffer mode of operation.SQTR:CAPT:MODE? Set the squitter buffer mode of operation. = CONTINUOUS or SINGLESHOTSQTR:COUN? [] = “DF11”, “DF17”, “DF17A”,

“DF17I”, “DF17O”, “DF17P”, “DF17S” or“DF17T” (quotes are required)

Request the number of squitters received

during the squitter period.

= the number of squitters of the

specified type received during the lastsquitter period.

,,,,


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,,, = if no type isspecified the counts for each of the squittertypes will be returned.

SQTR:COUN:CLE Initialize the squitter counters to zero.SQTR:COUN:PER = 10 to 300 (in seconds) Set the time period during which to count

squitters.SQTR:COUN:PER? Request the squitter period. = 10 to 300 (in seconds)SQTR:TAIL? Request the tail number and country code

extracted from the DF11 squitter.,

= tail number (ascii string)

= country name (ascii string)SQTR:TIM? [,] = “DF11”, “DF17”, “DF17A”,

“DF17I”, “DF17O”, “DF17P”, “DF17S” or“DF17T” (quotes are required)

= “A” or “N” (quotes arerequired)

Return squitter information for a specifiedsquitter type.

,,,,,

= current squitter interval for thespecified type (in seconds as a float value)

= minimum squitter interval for thespecified type (in seconds as a float value)

= maximum squitter interval for the

Rev C TB-2100 90 008 10

SQTR:TIM? [,](Continued)

specified type (in seconds as a float value) = 0 (ANTA) or 1 (ANTB)

= A or N depending on the formatrequested. If no format is specified use N.

if = “A”: = 56 or 112 bits preceded by #H ifspecified radix is hex, #Q if specified radix is

octal.else: = ,,where is in decimal. is 27 or 83bits preceded by #H if specified radix is hex,#Q if specified radix is octal. is the 24bit address preceded by #H if specified radixis hex, #Q if specified radix is octal. If thenumber of bits requested is not a multiple of8 the data will be left justified.

SQTR:TIM:CLE Initialize the squitter time measurementscounters.

SQTR:TIM:TIM , = “DF11”, “DF17”, “DF17A”,“DF17I”, “DF17O”, “DF17P”, “DF17S” or

Set the time limit for looking at timebetween squitters.


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“DF17T” (quotes are required)

= 1.000 to 65.535 (in seconds)SYST:COMM:ATC:CONT = “MAST”, “SLAV” or “ALON” Set the SI-1404 control relationship with

ATC-1400A.

This command is accepted but is notneeded.

SYST:COMM:ATC:CONT? Request the SI-1404 control setting. = “MAST”, “SLAV” or “ALON”SYST:COMM:ATC:S:ADDR = 2 to 7 Set IFR bus address for SI-1404

commands.

This command is accepted but is notneeded.

SYST:COMM:ATC:S:ADDR? Request the IFR bus address setting forSI-1404 commands.

= 2 to 7

SYST:COMM:GPIB:ADDR = 0 to 31 Set the GPIB address.SYST:COMM:GPIB:ADDR? Request the GPIB address setting. = 0 to 31SYST:COMM:GPIB:RCI

= OFF or 0, ON or 1 Enable/Disable remote control via GPIB.

SYST:COMM:GPIB:RCI? Request remote control via GPIB status. 0 = OFF1 = ON


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Rev C TB-2100 90 008 10

second steps) needed.

SYST:KEY:REP? Request the SI-1404 keyboard controlparameter settings.

= 0.1 to 2.0 (seconds in 0.1 secondsteps)

= 0.1 to 2.0 (seconds in 0.1 secondsteps)

SYST:TIME ,, = 0 to 23

= 0 to 59

= 0 to 59

Set the current time.

SYST:TIME? Request the current time. = 0 to 23

= 0 to 59

= 0 to 59


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Rev C TB-2100 90 008 10

Command Format Definition

a decimal point. The range is -1.0 to 126.5 thousand feet.CRX for the main Board:

CRX00 – coeff 0CRX10 – coeff 1CRX20 – coeff 2CRX30 – coeff 3CRX40 – coeff 4CRX50 – coeff 5

CRX60 – coeff 6for the top Board:CRX01 – coeff 0CRX11 – coeff 1CRX21 – coeff 2CRX31 – coeff 3CRX41 – coeff 4CRX51 – coeff 5CRX61 – coeff 6

Set the 6th order polynomial coefficients describing the RX Power adjustment withRX frequency.

CRX00 and CRX01 cause all seven coefficients to be stored in EEPROM on thecontroller board.

CTX for the main Board:CTX00 – coeff 0CTX10 – coeff 1CTX20 – coeff 2CTX30 – coeff 3CTX40 – coeff 4

Set the 6th order polynomial coefficients describing the TX Power adjustment withTX frequency.

CTX00 and CTX01 cause all seven coefficients to be stored in EEPROM on thecontroller board.


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Appendix A Page 31

CTX40 coeff 4CTX50 – coeff 5CTX60 – coeff 6

for the top Board:CTX01 – coeff 0CTX11 – coeff 1CTX21 – coeff 2CTX31 – coeff 3CTX41 – coeff 4CTX51 – coeff 5CTX61 – coeff 6

DCL Return to power up default settingsDF DF=, 0.00 to 9.99

DF0, remove delta from xmit frequencyDF+, add delta to xmit frequency

DF-, subtract delta from xmit frequency

Delta transmit frequency in MHz. Transmit frequency is set with the Fcommand

DI DI=0, disable double modeDI=, maximum is 399.9. The minimum is 40.0 us if thefirst interrogationis Mode S. If not then the minimum is 20.5 + the P1 to P3spacing of the first interrogation.

Set the spacing for IFR double mode

Rev C TB-2100 90 008 10

Command Format Definition

(Interference pulses are turned off for DI mode.)DLD DLD0 – main RF Board

DLD1 – top RF BoardDownload RF Board microprocessor code

DMEX Turn on DME modeDMEY Turn on DME modeDV DV2=, set the deviation, 0-7.9us

DV20, set the spacing to normalDV2+, add the deviation

DV2-, subtract the deviation

DME P2 pulse spacing deviation

E E0 – disableE1 – enable

Control Echo pulses

E% E%, 0 to 100 Set the DME reply efficiencyEQ EQ0 – disable

EQ1 – enableControl Equalizer pulses

ES ES=, +3 to –12 (IFR limits were +9 to –19) Set amplitude of echo/sls pulseF F, 962 to 1213 Set the transmit frequency in MHzF? Return the transmit frequencyFP FP1, F1(xpdr)/P1(dme)

FP2, F2(xpdr)/P2(dme)

Select F1/F2 (xpdr) or P1/P2 (dme) for power and frequency measurements

GEN SCPI commandsGEN? SCPI commandsGENE SCPI commandsI2C I2C.. Passes an I2C command to the specified module within the TB-2100

Documents

TB-2100 Operational and Maintenance Manual Rev C Optimise